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Information gain by endo-observers: chances and limitations
1Department of Economics, Technical University of Munich, Germany.
Bio Systems
|July 2, 1998
Summary
A new two-dimensional scheme classifies endo-observers based on knowledge acquisition and representation styles. This framework reveals information gain limitations, such as structure-dynamics duality, impacting systems analysis.
Area of Science:
- Systems Theory
- Epistemology
- Observer-Dependent Systems
Background:
- Understanding the observer's role in systems is crucial.
- Existing frameworks lack a systematic classification of observers.
- The relationship between an observer and the observed system (exo-system) presents challenges.
Purpose of the Study:
- To introduce a novel two-dimensional classification scheme for endo-observers.
- To systematically analyze problems concerning the endo-observer and exo-system relationship.
- To identify inherent limitations on information gain for observers.
Main Methods:
- Development of a two-dimensional scheme based on observer's knowledge acquisition and representation styles.
- Systematic analysis of observer-system interactions.
- Identification of complementarity relations restricting information gain.
Main Results:
- A classification scheme for endo-observers is proposed.
- Two key complementarity relations are identified: structure-dynamics duality and predictive-explanatory power duality.
- These dualities restrict an observer's capacity for information gain regarding system structure and dynamics.
Conclusions:
- The proposed scheme offers a systematic approach to studying observer-system dynamics.
- Information gain is fundamentally limited by observer characteristics and system properties.
- Findings have implications for understanding complex systems and hermeneutics.